The author regrets that the following errors occurred in the above paper: In Table 1 (p. 3122) b should read -0.6246 instead of 0.6246 for carbon monoxide and 0.0704 instead of 0.1899 for nitric oxide. K should read 0.0050 instead of 0.0000 for cyanogen. Line 6, Table 1 (p. 3122) should read Oxygen?
An empirical model for calculating second virial coefficients
β Scribed by Alessandro Vetere
- Publisher
- Elsevier Science
- Year
- 1988
- Tongue
- English
- Weight
- 764 KB
- Volume
- 43
- Category
- Article
- ISSN
- 0009-2509
No coin nor oath required. For personal study only.
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## Abstract A new correlation of second virial coefficients of both polar and nonpolar systems is presented. It uses the PitzerβCurl correlation for nonpolar compounds, but in a modified form. The second virial coefficient of nonhydrogen bonding compounds (ketones, acetaldehyde, acetonitrile, ether
Deport~rrcm ofP/fj tical md I~ro~wrrrc Chemistry Um ernt\_v of .-ldelaide -ldelarde. Sour/r Austrah 5001 Rccclrcd I Novcmbcr 198 1. m tin31 form II January 1982 Calcularions of rhe iirst density corrccnon IO the binary dlfiuslon coeificlrnt arc prcsrnted ior sewal matures. These calculanons arc bacd
A new correlation has been developed for calculation of second virial coefficients of polar compounds. The new procedure uses superimposition of the square well potential function and a term accounting for the dipoltiipole interaction. Parameters for this new correlation have been determined for 13